PI3USB10ZEEX
Diodes Incorporated描述: | Analog Multiplexer Dual 2:1 12-Pin TDFN EP T/R |
產地: | China |
推出日期: | Jul 8, 2003 |
更新:+90 天 | |
線上版本:https://www.datasheets.com/zh-tw/part-details/pi3usb10zeex-diodes-incorporated-20894087
概述
熟悉元件的基本一般資訊、特性和特點，以及其符合產業標準和法規的情況。
生命週期高級
歐盟RoHS Yes
RoHS版本2011/65/EU, 2015/863
類別路徑
Semiconductor > Electronic Switches > Switches and Multiplexers > Analog Switch Multiplexers
Semiconductor > Electronic Switches > Switches and Multiplexers > Analog Switch Multiplexers
數據手冊
透過下載元件的規格表來全面了解電子元件。這份 PDF 文件包含了所有必要的詳細資訊，如產品概述、特點、規格、評級、圖表、應用等等。
數據表預覽
(Latest 版本)製造
製造資訊指定了生產和組裝元件的技術要求和規格。這些資訊對於製造商來說非常重要，以維護元件的品質和可靠性，並確保它們與其他設備和元件兼容。
參數
參數資訊顯示了元件的重要特性和性能指標，這有助於工程師和供應鏈經理比較和選擇最適合他們應用和需求的電子元件。
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生產線
Typical Single Supply Voltage
Maximum Turn-Off Time
Typical Dual Supply Voltage
Supplier Temperature Grade
Maximum On Resistance
Maximum Single Supply Voltage
Switch Control Logic
Switch Normal Position
Maximum Data Rate
Input Signal Type
Output Signal Type
Chip Enable Signals
Power Supply Type
Typical Off Leakage Current
Typical Off Isolation
Typical Crosstalk
Maximum On Resistance Match Between Switches
Maximum On Resistance Flatness
Typical Charge Injection
Latch-Up Proof
Maximum Storage Temperature
Maximum Supply Current
Minimum Storage Temperature
Typical Switch On Capacitance
Typical Switch Off Capacitance
Maximum Dual Supply Voltage
Maximum High Level Output Current
Maximum Off Leakage Current
Process Technology
Logic Family
Maximum Power Dissipation
Maximum Turn-On Time
Maximum Propagation Delay Bus to Bus
Propagation Delay Test Condition
Typical Supply Current
Special Features
Maximum Low Level Output Current
Maximum Frequency (25°C) @ Vcc
Minimum Single Supply Voltage
Minimum Dual Supply Voltage
Function
類型
Configuration
Number of Channels per Chip
Switch Architecture
Multiplexer Architecture
Number of Inputs per Chip
Number of Outputs per Chip
Polarity
Maximum On Resistance Range
Minimum Operating Temperature
Maximum Operating Temperature
參考設計
透過我們的參考設計集合，啟發靈感並獲得指引。探索展示電子元件能力的實用實現方案。透過詳細的文件和原理圖，加快開發過程並創建高效解決方案。
